Summary — Business Setup

Overview: Why Business Setup Comes First

Before a single molecule of natural gas moves through a pipeline, before a trade is executed, and before a schedule is submitted, the business side of the transaction must be fully prepared. This preparation phase is called business setup, and it functions as the operational and commercial foundation for everything that follows. Think of it like setting up a chess board before a game — every piece must be in the right position before play can begin. Or, more practically, like opening a coffee shop: you need the lease, the suppliers, the pricing structure, and the point-of-sale systems in place before you can serve your first customer.

The consequences of skipping or mishandling setup are not abstract. Rejected schedules, billing disputes, lost revenue, regulatory audit failures, and broken customer relationships can all trace their origins back to a setup error made before gas ever moved. Setup work is largely invisible when it is done correctly — and loudly visible when it is not.

The Four Pillars of Business Setup

The natural gas industry organizes pre-transaction preparation around four foundational pillars. All four must be in place before a transaction can proceed.

• Source Information — the identifying data that defines who is involved and where gas will move
• Agreements — the legal contracts that authorize the transaction
• Charges and Rates — the pricing terms that define how the transaction will be billed
• Systems — the software platforms that store, track, and execute all of the above

If any single pillar is missing or incorrect, the transaction cannot move forward. A missing agreement means no movement. A wrong point ID means the pipeline rejects the schedule. An incorrect rate means billing fails. An unsynchronized system means data errors propagate across the organization.

Pillar 1: Source Information

What Source Information Is

Source information is the core identifying data that underlies every natural gas transaction. It is sometimes described as the "who, what, and where" layer — it tells the system and the parties involved who is transacting, where the gas is going, which contracts and assets apply, and how the data connects across software platforms.

Source information is not merely administrative data entry. It is the first domino in the transaction chain. If source information is wrong, every downstream step — scheduling, billing, compliance, reporting — may fail or produce incorrect results.

The Four Categories of Source Information

1. Counterparty Information This identifies the business entity on the other side of the transaction. Examples include:

• Legal company name
• DUNS number (a unique nine-digit identifier used in business identification)
• Tax identification number
• Primary business contacts

Counterparty data supports contract validity, invoicing, legal documentation, and regulatory compliance. Common errors include misspelled company names, outdated contacts, and incorrect tax IDs.

2. Locations and Points This defines where gas is entering or leaving the pipeline system. Examples include:

• Pipeline name
• Meter ID — the identifier assigned to a specific metering device
• Receipt point — the location where gas enters a pipeline
• Delivery point — the location where gas exits a pipeline to the buyer or end user
• Point ID / point code — the system identifier for a specific pipeline location

If a point code is wrong, inactive, or mismatched to the correct pipeline, the nomination will be rejected. As one operations perspective notes: a wrong point code means the schedule never gets accepted in the first place.

3. Asset Identifiers Asset identifiers link the transaction to the correct contract, service arrangement, or operational reference. Examples include:

• Contract number — the unique identifier for a specific agreement
• Service ID — the identifier for a specific pipeline service
• Account numbers
• Equipment or internal asset tags

A common error is linking a transaction to the wrong contract number or using a service ID that belongs to a different location or arrangement.

4. System Ties System ties are the cross-platform data connections that allow the same transaction to appear consistently in all relevant software systems. Examples include:

• ERP IDs — identifiers used in enterprise resource planning systems
• Internal system reference codes
• SCADA tags — identifiers used in supervisory control and data acquisition systems, where applicable
• Cross-platform mapping codes

Without accurate system ties, the same transaction may display different data in the contract system, the scheduling tool, the accounting platform, and the reporting layer — creating confusion, discrepancies, and manual correction work.

Why Source Information Errors Are Dangerous

Source information errors are particularly damaging because they do not always surface immediately. The problem may be entered on day one but not discovered until billing runs, an audit is conducted, or a schedule is rejected weeks later. A wrong counterparty name can cause an invoice to go to the wrong legal entity. A wrong point ID causes a nomination rejection that looks like a scheduling problem. A missing system tie causes a reconciliation failure that looks like an accounting problem. In each case, the root cause is a source data error made at setup.

Best Practices for Source Information

• Use standardized naming and coding formats across all systems
• Double-check all identifiers against official source documents before entering them
• Maintain one trusted source of record — a single authoritative data repository that all teams reference
• Update data immediately when anything changes (company mergers, point retirements, contract amendments)
• Cross-check setup entries against contracts, pipeline tariffs, and counterparty confirmations
• Test setup against a mock transaction before going live where possible

Pillar 2: Agreements and Contracts

Why Contracts Are Required

In the natural gas industry, no transaction is legally valid until it is backed by a formal agreement. A contract defines the rights and responsibilities of each party, specifies what service is permitted, establishes where gas can move, and sets the terms by which it will be priced and billed. Without a contract, pipelines will not accept nominations, billing cannot be validated, and disputes have no resolution framework.

The principle is straightforward: no contract means no movement.

From Custom Contracts to Industry Standards

Early in the history of the natural gas business, contracts were largely custom documents. Each deal could have unique terms, formats, and rules. This created significant friction: slow negotiations, inconsistent terms, frequent disputes, and difficult scheduling coordination.

The industry responded by developing standardized contract frameworks:

Today, most natural gas transactions use NAESB contracts. NAESB provides a common contractual structure that allows pipelines, marketers, utilities, and end users to operate from the same set of expectations, reducing the cost and friction of doing business.

Key Components of a Contract

A standard gas contract — whether a transport agreement, purchase agreement, or sales contract — typically defines the following:

• Parties involved — the legal entities on each side
• Service type — what kind of service is being provided (see Firm vs. Non-Firm below)
• Receipt and delivery points — where gas enters and exits the system under the contract
• Rates and charges — the pricing terms, including demand charges, commodity rates, and fees
• Penalty provisions — what happens if contract terms are violated
• Credit requirements — the financial standing required to enter the agreement
• Dispute resolution procedures — how disagreements will be handled

These components must match the source information already entered in the system. A contract that references a different point ID, a different counterparty name, or a different rate schedule than what is in the system will cause a transaction failure.

Firm vs. Non-Firm Service

One of the most commercially significant choices in a gas contract is the service type.

Firm service:

• Capacity is reserved for the contracting party
• Has highest scheduling priority
• Delivery is guaranteed under normal operating conditions
• Costs more (typically includes a demand charge whether or not capacity is fully used)
• Best used when delivery reliability is critical — hospitals, utilities serving winter heating load, critical industrial customers

Non-firm (interruptible) service:

• Capacity is available only when space exists on the pipeline
• Can be curtailed or interrupted when the pipeline is operating at capacity
• Lower cost, no guaranteed delivery
• Best used when the buyer can accept interruption in exchange for a lower rate

Choosing the wrong service type is a consequential business error. A customer who needs guaranteed winter delivery on a non-firm contract faces the risk of curtailment during the highest-demand period of the year, potentially causing shortages, contractual penalties, and customer relationship damage.

How Contracts Connect to Operations

Contracts are not standalone legal documents. They are integrated into scheduling, billing, and compliance systems. If the contract does not match the schedule, the nomination may be rejected. If the contract does not match the rate in the billing system, invoices will be wrong. If the contract does not match the location in the source information, gas cannot be scheduled to move. Contracts are the link between the business setup layer and live operations.

Pillar 3: Charges and Pricing

Why Pricing Setup Is Required Before Gas Moves

Once source information is established and contracts are in place, the system must know how the transaction will be priced. Charges and rates form the third pillar of business setup, defining how cost, billing, and revenue will be calculated. If rates are entered incorrectly or incompletely, billing will fail, customers will dispute invoices, profits will be miscalculated, and audits will flag errors.

Fixed vs. Index Pricing" data-glossary-def="A pricing methodology in which the transaction price is tied to a published market index (such as Henry Hub NYMEX, Inside FERC, or Gas Daily) rather than a fixed negotiated price. Most physical gas transactions in North America use index pricing with adders." class="glossary-term">Index Pricing

The two primary pricing structures in natural gas transactions are fixed pricing and index pricing.

Market factors that affect index prices include weather, supply and demand dynamics, storage levels, and broader energy market conditions. A company choosing between fixed and index pricing is essentially deciding how much market risk it is willing to accept in exchange for potential cost savings.

Common Charge Types

A natural gas bill typically includes multiple line items beyond the commodity price. Understanding each is essential for accurate billing and financial analysis.

Commodity charge

• The cost of the gas itself
• Formula: Volume (MMBtu) × Price per MMBtu
• Example: 10,000 MMBtu × $3.00 = $30,000

Demand charge

• Pays for reserved pipeline capacity
• Applies regardless of whether full capacity is used
• Common for firm service contracts

Service fees

• Cover administrative costs, metering, scheduling, and system usage
• Typically smaller than commodity or demand charges, but still affect total cost

Penalties

• Applied when contract terms are violated
• Examples: overuse of capacity, underuse (take-or-pay provisions), late payment, scheduling imbalance
• Can increase total cost significantly and rapidly

Taxes

• Government-imposed charges
• Vary by jurisdiction and transaction type

Example Pricing Calculation

This example illustrates why tracking all charge types is essential. The commodity charge alone would suggest a cost of $30,000. The actual obligation is $36,700 — nearly 22% higher. Small charges and penalties compound quickly, and a billing system that is missing any one of these components will produce incorrect invoices.

The Business Roles: People Behind the Deals

Why People Matter Even When Systems Are Correct

Even when all four setup pillars are in place, transactions still depend on people making decisions, entering data, and coordinating across functions. The commercial side of natural gas involves several distinct roles, each responsible for a different part of the transaction lifecycle. When one role fails, the entire chain is affected.

The Main Commercial Roles

Marketer

• Connects buyers and sellers
• Negotiates contract terms
• Works with traders and schedulers to structure deals
• If this role fails: the deal may never be sourced or properly structured

Trader

• Manages price and market risk
• Decides when to buy and when to sell
• Analyzes market conditions
• Executes trades
• If this role fails: the deal may lose money due to poor timing or pricing

Scheduler

• Ensures gas physically moves under the contract
• Submits nominations to the pipeline
• Monitors capacity and flow
• Coordinates with pipelines and counterparties
• If this role fails: gas cannot be delivered, penalties may apply

Accountant / Settlement Team

• Applies rates to confirmed volumes
• Generates invoices
• Performs reconciliation — matching billed amounts against confirmed delivery
• Tracks revenue and handles disputes
• If this role fails: the company may not collect correctly or may pay incorrectly

The Deal Flow

Marketer (finds deal) → Trader (prices deal) → Scheduler (books movement) → Accountant (settles and bills)

Each step depends on the accuracy of the previous step. Bad source data affects scheduling. Bad scheduling affects billing. Bad billing affects profit. The chain is only as strong as its weakest link.

Deal Math: Landed Price, Cost, and Profit

Why Commodity Price Is Not the Whole Story

A deal that looks profitable at the commodity price level may not be profitable when all costs are accounted for. The concept of landed price captures the true total cost of delivering gas from one point to another, including every charge incurred along the way.

The Landed Price Formula

Landed Price = Commodity Cost + Transport Charges + Fuel Loss + Service Fees + Penalties

Each component:

• Commodity cost — the purchase price of the gas itself
• Transport charges — pipeline fees to move the gas
• Fuel loss (also called fuel retention) — gas consumed by the pipeline's compressors as a percentage of throughput; the shipper effectively loses a small portion of the gas in transit
• Service fees — administrative, metering, and system-use charges
• Penalties — any charges arising from scheduling errors, imbalances, or contract violations

Example Landed Price Calculation

What Happens When Costs Are Missed

If fuel loss is excluded from the calculation, profit appears to be $2,000 instead of $1,750 — a 14% overstatement. If an unexpected penalty of $1,500 arises post-settlement, the deal actually generates a loss of $250. In a business where margins can be thin, missing even one cost component can turn a profitable deal into a loss.

Volume Risk

Profit depends not only on price accuracy but also on volume accuracy. If a shipper expects to deliver 12,000 MMBtu but only delivers 10,000 MMBtu, revenue drops while many fixed costs (demand charges, service fees) remain constant or proportionally reduce less. This can eliminate profit entirely.

The difference is significant, which is why deal approval processes should stress-test volume assumptions.

Why Deal Math Depends on Setup

Landed price calculations are only as accurate as the setup that underlies them. If the rate entered in the system is wrong, the transport charge will be wrong. If the contract is for the wrong service type, the demand charge may not apply — or may apply when it should not. If the volume scheduled is incorrect, revenue will be wrong. Deal math is the financial output of the entire setup process; errors anywhere upstream will corrupt the math downstream.

Section Summary: From Setup to Settlement

The complete commercial workflow for a natural gas transaction follows a logical chain, and each link in the chain depends on the links before it:

Source Information → Agreements → Rates → Scheduling → Delivery → Settlement → Payment

Visualized as a cause-and-effect sequence:

The margin on a natural gas deal can be very thin. An example with a $0.03/MMBtu margin on 10,000 MMBtu yields only $300 of gross margin before fees and penalties. A single unexpected fee or scheduling penalty can eliminate that margin entirely. This is why setup — often invisible, often treated as administrative — is actually one of the highest-leverage functions in the commercial gas business.

Strong setup makes the entire downstream process run smoothly. Weak setup creates a cascade of problems that appear to originate in scheduling, billing, or operations — but actually started at the data-entry stage before gas ever moved.